Class AIForce

Unit

Declaration

type AIForce = class()

Description

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Methods

Overview

	`procedure AlterDeltaHeight(aAmount: single);`
	`procedure AlterDeltaX(aAmount: single);`
	`procedure AlterDeltaY(aAmount: single);`
	`procedure ApplyAngularForce(aXYAngle: single; aStrength: single); overload;`
	`procedure ApplyAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single); overload;`
	`procedure ApplyForce(aForce: AIForce); overload;`
	`procedure ApplyForce(aForce: TAffineVector); overload;`
	`procedure ApplyForce(aDeltaX: single; aDeltaY: single; aDeltaHeight: single); overload;`
	`procedure ApplyMassiveForce(aForce: AIForce; aMass: single);`
	`procedure ApplyNeutralizingAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single);`
	`procedure ApplyNeutralizingForce(aForce: AIForce);`
	`procedure ApplyOppositeForce(aForce: AIForce);`
	`function AsAffineVector: TAffineVector;`
	`procedure CopyFrom(aForce: AIForce);`
	`procedure Invert;`
	`procedure InvertHeight;`
	`procedure InvertX;`
	`procedure InvertXY;`
	`procedure InvertY;`
	`function Length: single;`
	`procedure LimitForce;`
	`procedure LimitSpeed(aMax: single);`
	`procedure LoadFromFile(var aFile: TextFile);`
	`function OneLineDisplay: string;`
	`procedure ReverseY;`
	`procedure SaveToFile(var aFile: TextFile);`
	`procedure Scale(aFactor: single);`
	`procedure SetAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single);`
	`procedure SetForce(aDeltaX: single; aDeltaY: single; aDeltaHeight: single); overload;`
	`procedure SetForce(aVector: TAffineVector); overload;`
	`procedure Shrink(aAmount: single);`
	`function Stale: boolean;`
	`function Strength: single;`
	`function Valid: boolean;`
	`procedure XYScale(aFactor: single);`
	`function XYStrength: single;`
	`procedure Zero;`
	`procedure Zero2;`

Description

procedure AlterDeltaHeight(aAmount: single);

procedure AlterDeltaX(aAmount: single);

modify the components

procedure AlterDeltaY(aAmount: single);

procedure ApplyAngularForce(aXYAngle: single; aStrength: single); overload;

procedure ApplyAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single); overload;

procedure ApplyForce(aForce: AIForce); overload;

add a force (+)

procedure ApplyForce(aForce: TAffineVector); overload;

procedure ApplyForce(aDeltaX: single; aDeltaY: single; aDeltaHeight: single); overload;

procedure ApplyMassiveForce(aForce: AIForce; aMass: single);

apply a force, accounting for mass

procedure ApplyNeutralizingAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single);

weakens the force towards 0

procedure ApplyNeutralizingForce(aForce: AIForce);

procedure ApplyOppositeForce(aForce: AIForce);

function AsAffineVector: TAffineVector;

procedure CopyFrom(aForce: AIForce);

procedure Invert;

procedure InvertHeight;

procedure InvertX;

procedure InvertXY;

procedure InvertY;

function Length: single;

procedure LimitForce;

procedure LimitSpeed(aMax: single);

procedure LoadFromFile(var aFile: TextFile);

function OneLineDisplay: string;

procedure ReverseY;

procedure SaveToFile(var aFile: TextFile);

procedure Scale(aFactor: single);

procedure SetAngularForce(aXYAngle: single; aHeightAngle: single; aStrength: single);

procedure SetForce(aDeltaX: single; aDeltaY: single; aDeltaHeight: single); overload;

set the force (=)

procedure SetForce(aVector: TAffineVector); overload;

procedure Shrink(aAmount: single);

true if strenght = 0

function Stale: boolean;

sets force to 0

function Strength: single;

function Valid: boolean;

procedure XYScale(aFactor: single);

function XYStrength: single;

procedure Zero;

procedure Zero2;

sets force to 0

Properties

Overview

	`property DeltaHeight: single;`
	`property DeltaX: single;`
	`property DeltaY: single;`

Description

property DeltaHeight: single;

property DeltaX: single;

property DeltaY: single;

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